Starting position: x0 = 0.00 m, y0 = 0.00 m. Initial v = 15.00 m/s at 45.00 degrees. Projection mass m = 10.00. The range is 22.94 m You can get a sense for how the program works by editing the source ...

We calculate the average speed of a projectile in the absence of air resistance, a quantity that is missing from the treatment of the problem in the literature. We then show that this quantity is ...

You can move the camera using ZQSD and mouse right click. The target position and launcher position can be set in the Main.gd. Hit Enter to launch the projectile.

Equation hunters. You have seen them. This is their method: Oh, a projectile motion problem. Find projectile motion section in book. Find projectile motion example. Look for equation with the right ...

Here is studied a classic problem of the motion of a projectile thrown at an angle to the horizon. The air drag force is taken into account as the quadratic resistance law. An analytic approach is ...